Measure the hazard without sending people into it
Sensors collect position-linked data without sending personnel into the hazard area. Repeat flights reveal changes for response teams; ground measurement confirms contamination and safe routes.
CBRN monitoring
CBRN monitoring
- A sensor for the hazard
- Measurement equipment selected for the task
- Position-linked measurements
- Evidence for response decisions
CBRN monitoring
- A sensor for the hazard
- Measurement equipment selected for the task
- Position-linked measurements
- Evidence for response decisions
- Threat-specific sensors
- Detection
- Georeferenced data
- Mapping
- Radiation measurement with a compatible spectrometer
- Spectrum
Measurement before team entry
- Airborne survey
- Data collection in the area of interest
- Reduced crew exposure
- Reducing the need to enter a hazardous area
Measurement before team entry
- Airborne survey
- Data collection in the area of interest
- Reduced crew exposure
- Reducing the need to enter a hazardous area
- Threat-specific sensors
- Detection
Data for response teams
- Repeated measurements
- Tracking changes over time
- Ground verification
- Identifying locations for further checks
Data for response teams
- Repeated measurements
- Tracking changes over time
- Ground verification
- Identifying locations for further checks
From detection to an informed response
Repeated measurements verify the affected area's boundaries and provide response teams with current coordinates. Containment-kit delivery, robot deployment and decontamination are separate mission configurations intended to reduce personnel exposure.
- Georeferenced data
- Mapping
A measurement payload for the task
- Interchangeable equipment
- Integration of the selected detector
- Calibration and validation
- Preparing the measurement system for a mission
A measurement payload for the task
- Interchangeable equipment
- Integration of the selected detector
- Calibration and validation
- Preparing the measurement system for a mission
A measurement payload matched to the hazard
The aircraft provides mounting, power and data connectivity for a compatible CBRN sensor, radiation probe or spectrometer; measurement remains separate from flight control. Flight profile and sampling follow detector response. Calibration and reference measurements account for distance, shielding, terrain, integration time and local background.
- Radiation measurement with a compatible spectrometer
- Spectrum
From measurements to a map
- Time + GNSS
- Linking readings to their measurement position
- A map of measured values
- A basis for further assessment
From measurements to a map
- Time + GNSS
- Linking readings to their measurement position
- A map of measured values
- A basis for further assessment
From sensor samples to a map of measured values
Samples linked to time, GNSS, altitude and telemetry form a map of measured values. The selected sensor measures dose rate or a specific substance; results depend on calibration and measurement conditions. Comparing repeated surveys identifies changes and locations for ground verification, rather than automatically certifying contamination or safety.
- Threat-specific sensors
- Detection
Spectra for expert analysis
- Gamma spectrometry
- With a compatible radiation payload
- Potential radionuclides
- Spectrum analysis and verification of findings
Spectra for expert analysis
- Gamma spectrometry
- With a compatible radiation payload
- Potential radionuclides
- Spectrum analysis and verification of findings
Spectral analysis and identification of radioactive sources
A compatible spectrometer records the energy spectrum; comparing peaks with a nuclide library helps identify possible radionuclides and distinguish background. The interface combines spectrum, time and map data, flags threshold crossings and retains records for expert interpretation and verification with calibrated ground instruments.
- Georeferenced data
- Mapping
01 06Equipment
Configure your payload
Discuss requirementsWhat do you need to achieve?
Select the required function instead. We will work with you to specify the equipment.
Continue to enquiry and selection (0)References and projects
RadTech 2023 · LIAZ radiation configuration
A LIAZ helicopter with an HPGe detector module was prepared for radiation measurement at RadTech 2023. Wind prevented the planned flight.
Choose a specific device for integration assessment3 catalogue models · specifications and sources
Kromek
GR1
Catalogue alternative · integration unconfirmed
A semiconductor spectrometer for measuring the energy spectrum of gamma radiation.
- Weight
- 60 g
- Detector
- CZT · 1 cm³
- Energy range
- 30 keV–3.0 MeV
- Energy resolution at 662 keV
- < 2.5% FWHM
- Dimensions
- 25 × 25 × 63 mm
- Power and data
- USB
The detector alone, without an airborne enclosure or position logging. It measures gamma radiation, not chemicals or biological agents. The manual specifies 0–40 °C operation; other conditions require assessment.
Smiths Detection
LCD 4
Catalogue alternative · integration unconfirmed
A portable detector for selected chemical threats and toxic industrial chemicals.
- Weight including batteries
- 0.58 kg
- Dimensions
- 10.6 × 18.0 × 4.65 cm
- Method
- IMS · non-radioactive source
- Battery supply
- 4 × AA
- Operating temperature
- −32 to +52 °C
A personal detector, not a confirmed UAV payload. Remote data access and installation require manufacturer approval. Detected substances depend on the library and configuration; this is not universal chemical analysis.
Bertin Technologies
Coriolis Compact
Catalogue alternative · integration unconfirmed
A compact sampler collecting airborne particles for subsequent laboratory analysis.
- Weight
- 1.2 kg
- Dimensions
- 255 × 135 × 130 mm
- Air flow
- 50 L/min
- Collected particle size
- 0.5–10 μm
- Instrument battery endurance
- Up to 8 h
- Sampling principle
- Dry cyclonic sampling
The sampler itself neither identifies an agent nor establishes infectivity. Its output is a sample for analysis, not an instant biological contamination map. Instrument battery life is not aircraft endurance.
Sources checked:
Your selection
CBRN monitoring
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